Longstanding research on wood cascading has identified a variety of factors to enable more efficient, circular use of forest-based products in Europe.

This paper finds that two of the most critical barriers to wood cascading are:

• Competition between energy and material uses of waste wood in policy, market and infrastructure
• Inadequate information on and low quality of waste wood, including pollutant content.

It makes the following recommendations for policies and business:

• Redesign production processes to deal with contamination and increase quality
• Coordinate energy and waste policies
• Advance reporting standards about material composition of bioproducts
• Explore the best forms of involvement, awareness raising, communication and policies.

The circular economy (CE) is gaining momentum in cities. To ensure a sustainable CE, it is crucial to measure the environmental performance of CE strategies. However, environmental assessments overlook several strategies that are a key feature of urban CE practice. These include reuse and repair, sustainable built infrastructure and urban land use, green public procurement, smart information and access technology.

To provide insights into the environmental performance and potential of these strategies, industrial ecologists and municipalities should:

• collaborate with urban systems experts
• quantify the environmental impacts of entire urban systems
• combine environmental assessments with social and economic feasibility ones.

134 people died in the devastating flooding in the German region of Ahrweiler in July 2021, caused by a climate change-induced weather situation. Over 400 000 tonnes of waste were created by the floods in one night. 40 000 households were hit, and massive damage to infrastructure such as roads, schools and hospitals was reported. The situation was described as being similar to the massive destruction following a war.

Thinking Circular’s report summarises the process of waste management and learning from this regional crisis.

The goal of the circular economy is to take full advantage of all available resources through reducing, reusing, repairing and recycling. The recent Nordic Circular Summit in Copenhagen covered topics from public administration programmes to innovative techniques and renewable practices in the marine and food industries.

What can we learn about the circular economy from the Nordic perspective? Find some answers in this position paper.

This white paper on Quick Scan Circular Business Models - Inspiration for organising value retention in loops from the Dutch Ministry of Economic Affairs and Climate Policy offers an approach for developing a circular business model. It is based on a classification for existing and future circular business models developed in 2021. It consists of seven basic models geared primarily to the manufacturing industry, although it can also be used in other sectors.

The paper is divided into three parts:

1. an introduction explaining the background and central concepts
2. an overview of the seven circular business models comprising the classification, and
3. the actual Quick Scan.

The interactive Quick Scan version can be found here.

Although previous researchers have explored the circular economy practices of different businesses in various contexts, only a few papers have focused on the sustainable preparation and consumption of food in the tourism and hospitality industry. This paper sheds light on case studies from hotels, restaurants and cafés that are located in urban tourism destinations.

This research suggests that catering businesses can implement a number of responsible initiatives by introducing preventive measures and recycling practices to curb food loss and the generation of waste. In conclusion, it finds that there is scope for regulatory authorities and policy makers to encourage hospitality practitioners to minimise food waste.

The authors of the study apply ascendency analysis (a systematic method based on information theory for quantifying the efficiency and resilience of natural ecosystems) at EU level and discuss the implications for urban waste management systems, taking the Netherlands as an example.

They argue that ecological principles can be useful for developing human-made systems. The system is made sufficiently robust to be able to cope with shocks by including a diverse set of stakeholders who provide:

1. resource-use efficiency through specialised know-how in capturing, processing and delivering a range of resources, and
2. resilience by generating multiple paths that allow these vital resources to circulate throughout the urban network at different levels and rates.